A periodic tiling by regular hexagons and equilateral triangles
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600 x 600 Pixel (758 Bytes)
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All tiling elements of same shape are congruent. The side length of equilateral triangles is three times the one of sides of hexagons. Every triangle has one side 45° angled in a mathematical coordinate system ( ‑ 45° in SVG).
To study the SVG code of this image, first open it with a text editor to access its code (Wikipedia gives a list of text editors). And then type something that tempts you, save your changed file (Ctrl + S) and refresh the window (F5) that displays the SVG image. For example, you can replace "matrix(1 1 -1 1 9 -2)" with "translate(9,-2) scale(1.414) rotate(45)", and see no noticeable change on the new image. Every triangle will have a vertical side if patternTransform="matrix(1 1 -1 1 9 -2)" is removed. Other example, append the following element 'path' to the 'pattern' as its last child ( juste avant </pattern>), and see notably the rectangular repeated pattern coded from M0 0 below:
<path d="m0 47 97-56v112zm0 112l291-168v336z M0 0H388V672H0z"opacity=".36" fill="none" stroke="#00f" stroke-width="15"/>
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Creative Commons Attribution-Share Alike 3.0
Yderligere oplysninger om licens til billedet kan findes her. Sidste ændring: Tue, 19 Mar 2024 00:15:01 GMT
